Practice · 7 articles
The tillage system is the foundation of efficient farming, determining the structure of the topsoil, its density, and overall soil fertility. The choice of soil impact methods—whether traditional ploughing or modern non-inversion tillage technologies—directly affects conditions for crop growth, moisture supply, and weed control. Proper planning of these processes within a crop rotation helps to minimize the risks of desiccation, ensure optimal root system development, and increase the final yield in both large agricultural enterprises and private plots.
This collection combines theoretical knowledge and applied recommendations for managing soil potential. Readers will find materials on the evolution of agronomic practices, design features of modern machinery, and the specifics of field preparation after the harvesting of cereal crops. Special attention is paid to highly specialized topics, such as intensive tillage for vegetable crops and crop production on lands affected by radioactive contamination. The presented articles will help to gain a deeper understanding of the scientific foundations of farming and select the appropriate technology for specific production conditions.
Soil and tillage For agronomists
An effective tillage system is based on sound crop rotation and precise adherence to agrotechnical practices for each crop. The article provides practical recommendations for field preparation and examples of tillage within a crop rotation
Vegetable growing For students
A proper tillage system is the foundation for regulating the nutrient regime of fields. The article examines technological methods for soil preparation after late vegetable predecessors and the cultivation of perennial grass sod.
Crop production For students
Crop production in territories affected by the Chernobyl disaster requires strict adherence to protective measures. The article describes methods for blocking radionuclides in the soil through acidity regulation and the application of increased doses of potassium fertilizer
Soil and tillage For agronomists
Timely stubble tillage after harvesting cereal crops is a key condition for preserving soil moisture and protecting the future harvest from weeds, pests, and diseases. The article describes effective field preparation methods and critical timelines for operations to ensure successful sowing of spring crops
Soil and tillage For agronomists
The physical condition of the arable layer determines the efficiency of soil fertility utilization. The article examines the influence of soil density on aeration, moisture exchange, and microbiological processes, as well as the role of compaction in increasing nutrient availability.
Crop production For students
The article examines technical characteristics of semi-digger mouldboards and ploughs with jointers, as well as principles of non-mouldboard tillage, which contributes to land protection from erosion and retention of soil moisture
Crop production For students
The article describes the evolution of tillage methods: from primitive hoeing tools of antiquity to the emergence of the metal plough and the formation of the scientific theory of ploughing in the 20th century. The reader will trace how the accumulated experience of farmers transformed into systemic agrotechnical methods
